Surface chemistry alone tunes porous liquid viscosity by 170 millionfold
Kyoto University researchers changed only the surface groups of metal-organic polyhedra in solvent-free porous liquids, altering surrounding polymer chain conformations ...
Kyoto University researchers changed only the surface groups of metal-organic polyhedra in solvent-free porous liquids, altering surrounding polymer chain conformations ...
A laboratory zinc-based coordination crystal expands its 2.6-angstrom interlayer spaces to capture CO₂ at low pressure and preferentially incorporate benzene ...
A hybrid polyethylenimine–diethanolamine adsorbent in mesoporous silica foam captured 177 mg of CO2 per gram, about 70% above theoretical additive ...
Process simulation and cost estimates found that replacing some steam-methane-reforming hydrogen with purified refinery hydrogen reduced modeled net carbon dioxide ...
Carbon dioxide-assisted gelation produced template-free nanoporous silica that, after amine loading, achieved 3.48 mmol per gram of carbon dioxide uptake ...
Brazilian researchers have built a graphene oxide membrane glued to a ceramic hollow fiber with a polydopamine interlayer that delivers ...
A new review highlights how pore size engineering, functional group modification, and hybridization strategies make metal-organic frameworks exceptionally tunable platforms ...
Researchers upgraded raw biogas from cow dung and banana peel co-digestion to 96.22 percent methane using modified bentonite clay with ...
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© 2026 Scienmag - Science Magazine